Safety Edges by Mayser: Enhancing Industrial and Workplace Safety Introduction to Safety Edges Safety edges are essential safety components designed to protect people and machinery from injuries and damage during operations. These are tactile sensors installed along the edges of moving parts, such as doors, gates, or automated equipment, to detect obstacles or obstructions. Mayser, a leader in safety technology, offers a range of high-quality safety edges tailored to diverse applications. Key Features of Mayser Safety Edges Robust Construction Mayser safety edges are built to endure harsh environments, including industrial settings, warehouses, and transportation systems. Their durability ensures long-lasting performance and reliability. High Sensitivity and Precision These edges are designed to detect even minimal contact, ensuring that safety mechanisms are triggered quickly to prevent accidents. Customizable Sizes and Shapes Mayser provides flexible solutions with customizable lengths, shapes, and profiles to fit various applications, whether for small machinery or large industrial doors. Easy Installation Equipped with user-friendly designs, Mayser safety edges can be easily installed and integrated into existing safety systems, reducing downtime and installation costs. Compliance with International Standards Mayser safety edges meet rigorous safety standards, including EN ISO 13856-2, making them ideal for use in critical applications. Applications of Mayser Safety Edges Industrial Automation: Protecting operators and equipment during the operation of robotic arms, conveyor systems, and automated production lines. Doors and Gates: Ensuring safe operation of industrial doors, garage gates, and vehicle doors in public transport systems. Elevators: Enhancing passenger safety by preventing injuries due to closing doors. Medical Equipment: Safeguarding patients and operators by detecting contact with moving parts. Benefits of Mayser Safety Edges Enhanced workplace safety, reducing accidents and injuries. Compliance with safety regulations, ensuring operational reliability. Increased efficiency and confidence in automated systems. Cost-effective maintenance due to their robust design and durability